AI-01
Find any operational data within milliseconds.
A single structural database to index your texts, images, videos, and audio files. Skip manual sorting: our AI instantly connects and parses all cross-modal feeds.
Multimodal Indexing
Step 1: Universal Feed Centralization
Text documents, voice logs, camera streams, and field images are instantly parsed into lightweight mathematical vectors stored inside a single high-speed database.
Step 2: Dynamic Cross-Modal Queries
Input a basic text description to fetch a precise photo target, or upload an audio voice sample to isolate its corresponding video clip. The calculation updates in under 5 milliseconds.
Infrastructure Sovereignty & Flexibility
Deployable anywhere, without third-party cloud dependencies, ensuring absolute containment for your critical operational data.
On-Premise / Datacenter
Ideal for massive multi-terabyte ingestion of archived videos and centralized communication feeds leveraging peak compute parameters.
Tactical Field Deployment (Edge AI)
The model compiles natively on low-power architectures directly embedded into tactical hardware sensors, bypassing internet prerequisites.
Once your data streams are cataloged, the engine refocuses its tracking capability to detect and identify individual profiles with absolute reliability.
Crisis Management & Critical Sites
Access control security for high-risk industrial utilities, rapid search for missing persons inside transit hubs, and instantaneous cataloging of emergency media feeds.
Tactical Reconnaissance & OSINT
Target verification through tactical drone operations, high-speed processing of open-source intelligence assets, and accurate matching across broken adversarial videos.
Compute Specifications
| CONFIGURATION | EXTRACTION TIME | ALLOCATED MEMORY | ACCURACY (TAR) |
|---|---|---|---|
| Edge Node (Aeluin On-Chip) | < 3.8 ms | 128 MB | 99.64% |
| Centralized Server (Standard GPU) | < 1.2 ms | 512 MB | 99.88% |
The eye of Aeluin, deployed in mid-air.
Our tactical unmanned systems from the Ringil family utilize these identical mathematical embedding matrix frameworks to instantly parse terrain metrics and track fast-moving assets.